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A New Denoising Algorithm Based on Fuzzy Mathematical Morphological Operations with One Parameter

机译:一种新的基于一个参数模糊数学形态学操作的去噪算法

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In order to enhance the robustness of morphological image processing as well as the performance in the anti-disturbance, a new denoising algorithm with one parameter based on fuzzy mathematical morphological basic operations has been presented, and then some initial analysis for the selection of parameter are given. The method is applied in denoising for binary image with noise. The experimental results demonstrate that the noise can be nearly removed by using the new method and the detail of original image can be kept clearly with the clear edge, thus its performance is better than the classical morphological filter. In addition, the method has the feature of flexibility and better practicability due to containing an adjustable restricted parameter.
机译:为了提高形态图像处理的稳健性以及在抗扰的性能中,已经介绍了一种基于模糊数学形态学基本操作的一个参数的新的去噪算法,然后选择参数的一些初始分析给予。该方法应用于具有噪声的二值图像的去噪。实验结果表明,通过使用新方法可以几乎除去噪声,并且原始图像的细节可以清晰地保持清晰的边缘,因此其性能优于经典的形态过滤器。此外,由于包含可调节的限制参数,该方法具有灵活性和更好的实用性。

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